Washing-machine.



W. A. a. HENRIGI.

WASHING IYKAGEINE.

APPLICATION nun 225. 6, ma.

Patented Jim. 25, 1910.

9 SHEETS-SHEET 1.

W. A. E. HENBIGI.

WASHING MACHINE.

APPLICATION nun r23. 6, 1905.

Patented Jan. 251"? 9 SHEETS-SHEET 2.

S My a W. A. E. HENRIGI.

WASHING MACHINE.

APPLICATION TILED mm. a, 1905.

947,776. Patented Jan. 25, 1910.

9 SHEETS-SHEET 3.

W. A. HENRIGI.

WASHING MACHINE.

APPLICATION rum: 212. 6, 1905.

Patented Jan. 25, 1910.

9 SHEETS-SHEET 4.

W. A. E. HENRIGI. WASHING MACHINE.

APPLIGATIGK FILED $135.6, 1905.

Patented Jan. 25, 1910.

9 SHEETS-SHEET 6.

W. A, E. HEHRIGL WASHIEG mums. V

Patented Jan.25,1910.

:1" ON TILED 1723.6, 1905.

9 SHEETS-SHEET '1 A. E. HIT-BIKINI W 1: mt, a A 1, mm! n Patented 562251910' APPLIGA'HOH T111131) TM), (i. 19 9- SHEETS-EH32! 8.

Jim

d v-1 d Patented Jan. 25, 1910.

Unrrni) s'rarns WILLIAM A; HENRICI, F BOSTON, MASSACHUSETTS. ASSIGNOR, BY MESNE AS- j SIGN'MENIS, TO LIBERTY TRUST COMPANY, TRUSTEE. 0F BOSTON. MASSACHUSETTS,

A CORPORATION OF MASSACHUSETTS.

\VASHING-MACHIN vention are to make those portions of the machine with which the washing materials c me in contact absolutely non-corrosive so that-they will not he ati'ected by boiling hotwaten or the action of soap, alkali or chemicals;'-to provide a washing machine which i is highly etlicient-nnd economical in operathree. four, orinore revolu ions, as desired tion; to provide a machine with means whercby'the inner cylinder or drum may be reversed automatically after one, two,

3 and without the use of more than one belt; to provide a machine with a novel stop mechanism which brings the inner cylinder ftojrest with its door always opposite the (loor of the outer cylinder or casing; to "provide .llitill'iS tor the uniform distribution of all'wash materials, such as soap, bluing,

bleaching material, etc, throughout the entire length of washer; to provide for the uniform distribution of steam and hot and cold water throughout the length of washer; to providea 'iiovel properly drained gutter, through which the water, soapsuds, etc,

, in the machine may be quickly discharged without leaving any sediment in the machine; to provide a reliable water and time indicator to correctly indicate the height 'of-water in the machine, the amount of wateriie'eded for soaping, rinsing, bluing,

bleaching, etc, and also to show the exact times when ,tlie ditl'erent operations in the washnprocess need attention or changing; to provide a metal washing machine in which the entire construction is sectional, so

i ;it can be easily taken apart and. any inditill vidual parts can conseqnently be readily renewed; to provide a machine having a sectional inner drum or cylindei of such con struction that the sections ('11 be inserted throu h the door of the outer cylinder and asseinhled therein, and any individual ele- Patented Jan. 25, 1910.

G, 1905. Serial No. 244,329.

! ment of the inner drum may be removed and i replaced through said door, withoutd' turhing the outer cylinder; and to provide a machine in which some or all of the parts are manufactured from sheet metal and pressed into shape.

Referring to the drawings, Figure l is a perspective view of a washing machine embodying my invention; Fig. 2 is an eiid ele vation of the end of the machine opposite to that shown in Fig. 1; Fig. 3 is a section on the line a:---.r, Fig. 4; Fig. 4 is a side elevation with part-of the casing or outer cylinder removed; Fig. 5 is a section through one of the end plates of the inner cylinder or drum on substantially the line 71-31, Fig. 3; Fig. (3 shows the cross sectional shape of the end plate on substantially the line aa Fig. 3; Fig. 7 is a plan view of a portion 0 the door frame of the washing cylinder; Fig. 8 is a section on the line b b, Fig. 7 looking toward the left; Fig. 9 is a detai of the inner drum showing the manner in which the perforated plates are held in place; Fig. 10 is a section through the end of the inner drum on the line (Z, Fig. 13; Fig. 11 is a similar section on the line a, Fig. 13; Fig. 12-is a longitudinal section through a tie-bar and lifting-bar of the inner drum; Fig. 13 is an enlarged side view of a portion of the end plate of the inner drum; Fig. H is an end elevation of the driving mechanism; Fig. 15 is a section on the line ff, Fig. 14; Fig. 16 is a section on the line g-g, Fig. 14; Fig. 1? is a section through the reversing gearing; Fig. 18 is a detail of the clutch in the reversing gear; Fig. 19 is a section on tlie line ii-li, Fig. 21; Fig. 20 is a detail of the weighted throw lever of the reversing mechanism hereinafter referred to; Fig. 21 is a vertical section through the gearing for regulating the reversing mechanism the gear wheels being shown in elevation; Fig. 22 is a detail'of the stop mechanism hereinafter referred to; Fig. is also a detail of the speed-changin I mechanism; Fig 24 is a top plan view of t e bi'id e-piecc lg. 25 is an end view of Fig. 2'4; ig. 26 is an enlarged sectional .view of the stopping mechanism; and Fig. 27 E21 detail of the wedges for op-' crating the clutches; Fig. 28 is a detail of the connection 120; Fig. 29is a detail of i the time indicator; Fig. 30 is a detail of the i lock for the door of the drum; Fig. 31 shows munication between the conduit 21) and the interior of the shell; l ig. 36 is a sectional view through the clutch mechanism; Fig. 37 is a view similar to .32 but showing in add tion a cro' s section of the clutch; Fig. 38

i I a detail of the .nut 96.

.The machine comprises in its construction an outer cylinder or casing within which is T mounted to rotate an inner cylinder or drum in which the articles to be washed are placed,- all as usual in this class of devices.

The outer cylinder or ccsing.-lhe outer cylinder of my improved washing machine comprises two heads and a shell. and contains one of the novel features of my invention. The heads are made solid and the shell is held in place about. the heads with outbeing secured thereto by means of rivets or bolts. The heads aredesignated by 3 and i respectively, and each has a central apcrture to receive a journal of the inner or washing cylinder and is shaped to present legs or stands 3 on which the machine rests. Said ds are tied together by tie-rods and bv the bridge-piece G, hereinafterdescribed. The shell is preferably of sheet. metal and 5 encircles and is supported by annular flanges I T on the heads.

Said shell is made of two .partsfland which "are adjustably con nected together so that a tight joint around the heads may always be maintained. As

. herein illustrated, one edge of one part 5) of the shell is looped about one of the tie-rods 5, and one edge of the other part 10 of the shell is looped about an ad acent tic-rod 5, as best seen in Fig. 3. The opposite edges .15 of the two parts of the shell are adjustably connected together by some suitable means, preferably that shown in Fig. which comprises a turn buckle arrangement ll connected to lugs 12 secured to the two parts .2

and 10 of the shell. The open space between the two adjacent tie-rods 5, which is not covered by the two parts of the shell, constitutes the door opening of the outer cylinder,-

said opening being closed by a suitable door 13 which is hercinshown as slidably mounted within the shell on ways or flanges on the. heads. One edge of the door is shaped to form the flange 14 which constitutes both a handle for opening and closing the door, and

' also a stop to limit the closing movement thereof. A tight joint between the shell and the flanges 7 can be secured by means of the j turn-buckles. will be obvious. for by tightemng up said turn buckles. the adjacent edges Goiofithc she.

l are drawn together and the shell pulled ti htly .a ainst the flanges 7, the shell itself uring this tightening operation being'subjected to tensile strain. The ad jacent edges of the two parts of the shell rest. on a bridgepiece 6 which extends from one head to the other, see Figs. 3 and 4, and which closes the space. between said ad jaeent edges. This bridge'piccc is shaped at each end to present a foot-portion'lti which is secured directly to the adjacent head. 3 or 4 of the cylinder, and at each end to constitute. a recess or chamber 17 in which the turnbuckle at that end of the cylinder is located. Said bridge-piece is also shaped to form a longitudinal gutter 18 having an inclined bottom. which extends from one end to the other of the cylinder and throu h which the water is delivered to the madhine and discharged therefrom. Said gutter has communication with the interior of the cylinder through a plurality-of apcrtnreslt) in the shell, and at one end it communicates with a discharge port which is controlled. by a suitable outlet valve 20. This valve may be of any usual or suitable construction; that herein shown being an ordinary gate-valve pivotally mounted on a stem or shaft 21 pro- 'vided with a counter-balance Weight: 22

whichis so adjusted to hold the valve in either its'open or its closed position. I have; located the valve In a valve-casing 23 which is secured to the head at of the cylinder in any suitable wa be head 4 18 formed with the vertical chamber or conduit 24 which communicates with the gutter and through which the hot or cold water is delivered to the gutter, said chamber having secured to its upper end hot and cold water pi es 25 and 26, as will be seen in Figs. 1 an 4. A steam-pipe 27 extends down through the chamber 24 and connects with another steam-pipe 28 running longitudinally of the gutter. Said latter steam-pipe is provided with e. pluralit of apertures so that the steam can be 51d mitted directly to the water for the purpose of bringing the clothes to a boil at the proper time.

By delivering the water to the gutter and from the gutter into the'machine, and by properly proportioning the size of the apertures 19 to that of the conduit. 24, I obtain an even distribution of the water into thecylinder along its entire length.

Means for distributing washing mateflals to the (.1/Z'I 7Zd87.-EXteIldlng the length of the outer cylinder and communicating therewith at intervalsis a conduit 29, see Figs. 3 and 35, by means of which washing material, such as soap, alkali. bluing, etc. may be uniformly delivered to the cylinder throughout, its length. This conduit maybe made in a great variety of ways. and the form herein shown. and that which I find eminently practical, is simply a piece of CD III (.1

progresses.

washing nniterials may he .placed. The shell 3 provided with a plurality of small apcrlures which communicate with the interior of the conduit it aarl through which the material which is fed into the conduit from the tanks is discharged into the cylinder. 1 have also provided the cylinder with a. plurality of larger apertures BSnbm'e the a pertnres 32, see Fig. 35, so that as the inner cylinder is rota; cd more or less of the liquid in the cylinder is thrown into the conduit through the larger apertures and allowed to drain back into. the cylinder through the small apertures In this way, the material which is delivered to the conduit is being constantly washed into the cylinder,

thereby keeping the conduit-clean and proriding for the uniform distribution of the material in the cylinder.

Time anal wai :2 indicators-On one end of the outer cylinder is a chamber 34: which eonnnunicates at its lower end with the upper end or" the gutter. lVithin this chamher, which is elongated as shown in Fig. 2, is situated a float 35 to which is connected I a stem passing at thro gh the top of the Chamber and rarrying a suitable pointer or indicator 3'? which cooperates with the scale 38 carried by the machine and thus serves to indicate the height of the liquid in the outer cylinder, as will be obvious. In conjunction with the scale 38, I also employ one or more adjustable pointers or indicators said indicators being marked Soaping linsing, Blningf, Bleaching words of like or similar import, an'deach one being positioned on the scale to indicate theamount of water needed in the machine while the operation imprinted on it' is being performed.

t0 designates a time-indicating scale with which cooperates another pointer 41 to indicote the time when the various operations, such as rinsing, bluing, soaping, bleaching, etc, have to be performed. This indicator "tl compsi a shell 42 having a sight opening and within which. shell. is rotatably mounted a drum 43 having imprinted thereon the words Scoping, Rinsing Bluing", Bleaching, or words of like or similsr import, any one of which words may'be brought in alincment with the sight opening by the rotation of the drum. i catnr is placed on the scale in the proper prsition to indicate the time when the next. operation is to he performed and the-drum i3 is l'tll'llL'd to show what that operation is. This indicator to be adjusted on the scale from time to time as the washing process At each end this conduit communil l The inner 01' war/ling cylinders-J1: the prUrBllt embodiment pf my nvention the inn1-r cylinder comprises in its construction i end-heads which are connected to ether by E tie-bars, and perforated metallic p ates supported by the tie-hars. The end-heads are herein shown as each comprising a spider 44 g and an end-plate 45 suitably connected thereto, the end plate forming the end of the inf ner cylinder. Each spider is provided with i the stud or journal 46 which rotates in suitable hearings in the corresponding head of the outer cylinder, and the two spiders are connected together by iIlG-iY'alS 47 which extend the lengtlrof the inner cylinder. The 3end-plates 45 are dished, are imperforate, 2 have smooth inner faces, are of substantially the same diameter as the spiders and are provided with peripheral notches 48 through which the tie-bars t? pass, as best; seen in- Fig. 11, and each end-plate is bolted or otherwise secured to its spider, as at 49, as shown in Fig. 10. Inclosing each tie-bar 47 is a lifting-bar 50 having substantially a E U-shape, as best shown in Figs. 3 and 9, said lifting-bars being provided with feet 51 at their ends which abut against flanges or seats 52 formed around the notches 48 of the end-plates, see Figs. 11 and 13. I may, if desired, employ suitable packing between the feet 51 and 52, to make a tight joint. The lifting-bars are detachably secured to the tie-bars in any suitable way, as, for instance, by means of the stud-bolts 50* shown in Fig. 12. Both thetie-hars and iifting- 100 bars are provided with longitudinally-ex tending foot-portions 53 adapted to receive between them the perforated plates which i form the sides ofthe inner or washing cylt inder, and which extend the length thereof,

seeFig. 9.

The door of the inner cylinder may be of any suitable construction and in the prcfer-red embodiment; of my invention it comrises a door frame which sustains per- Iorated plates and lifting bars, these separate parts being dctachabiy secured together. i

The door frame is designated b 55 (see i Fig. 7) and it is hinged at one ge to one of the tie-bars 01 the drum, as shown at 56,

t Fig. 1. The side-rails 57 of the door-frame are provided with'longitudinal grooves 58 in which one edge of the erforzited plates 54 are seated, the other e go of each plate being held in position by means of the lifting-bar 59 which secured to the central bar 60 of the door-frame. 61 designates suitable latches by mean of which the door is held closed while the machine is in operation. These latches are 1 F pivoted to the door-frame and are held either l locked or unlocked by a spring-pressed catch 62 which engages suitable notches in the door-frame \Vhen the latch is in its dotted v i line position, Fig. 30, 'thenose. ti3thereof enters a slot in one of the tie-bars and thus i by said shaft are two clutches by means of locks the door.

It will be noted that the inner drum is made up of a plurality of parts and that the several arts are detachably secured togcthel. or instance, the tie-bars l'l'are detachably secured to the s idem-44, the lifting-bars 50 are dctachab y secured to the tic-bars by means of the bolts 50, and the perforated-plates 54: are removably supported by the lifting-bars and tie-bars. The stud-bolts'SO" are so constructed that any bolt can be removed from the outside of the outer cylinder through its door and the bolts which secure together the spider and tie-bars 47 can also be removed by a person reaching through the door of the outer cylinder; The inner drum, therefore, can be taken down whileit is still within the outercylindcr, and the parts of the inner drum are of such a size that; each can be removed through the door of the outer cylinder. As a consequence, any individual part of the drum which becomes orn or damaged can be removed and a new part substituted without taking down the outer cylinder. This I regard as very important as it greatly facili tates the repair of the machine.

The parts of the inner cylinder, as. well as those of theouter cylinder, are made of metal, which is rendered non-corrosive.

. and I prefer to make these metal parts noncorrosive byfusing porcelain or enamel onto the surface thereof. By the term fusing porcelain or enamel I mean to distinguish from japanning or painting with cnamcl paint. According to my invention the metal- )arts are treated in such a way that porcelain or similar material is fused and run onto the surface of the metal in a liquid state so that when the material has cooled it has a. glassy or porcelain coating. \Vi-th a machine having the parts so constructed there is absolutely ,no danger of any deterioration of the parts of the machine or staining. of the articles to be washed due to corrosive action of the soap, acid, alkali, etc, used in washing, dyeing, scouring, etc., as is thecase when the machine is made of wood, brass, iron, copper, etc.

Driving mechum'sm.-Fast on the journal of one of the spiders is a large gear-wheel 64 adapted to mesh with a pinion 65, which inion is driven from a suitable driving puley 6G throu h intermediate reversing gear, as shown in ig. 17. Thisreversing mechanism is used to reverse the direction of rotation of the inner cylinder at desired times.

Reversing mcchrmi-vm.+-The driving ulley 66 is fast on a sleeve 67 having rigii or inte ral therewith a bevel-gear. (i8. Said beve gear 68 meshes with another bevelpinion. 9 whichin turn meshes with and drives a bcvelarTO. The pinion 65 above referred to is st on a shaft 71, and carried which either one or the other of the bevelgca rs (38 and 70 may he clutched to the shaft 71 dependent on the direction in which it is desired to rotate said shaft see Figs. 17 and 36. Any suitable or usual clutch mechanism may be employed to clutch one or the other of these gears to the shaft. I have herein shown two clutches, each of which comprises two clutch-shoes 7'2 which are pivoted by means of links 73 to a collar 74 fast on the shaft 71. inch link 73 carries an arm 75 which rests on and is controlled by h double wedge T43 connected to a sliding clutch-operating collar 77. Each wedge is provided with two oppositely-inclined portions 780 and 790. see Fig. 27 so that. as the wedges are moved longitudinally, one arm of each bralw-shoc is thrown outwardly. and the other arm allowed to swing toward the center. This movement turns the links 73 about their pivotal connection with the collar and throws the brake-shoes out against the Friction surface of the gears. .\5 shown in Figs. 17 and 36. the gear 70 is'clutched to the shaft, but it will be obvious that movement of the clinch-operating collar 77 to the left will disengage said gear and cause the other gear to be clutched to the shaft, thus rcvcrsing the direction of rotation of the washing cylinder. Thev clutclvopcrating collar is ii-en its longitudinal movement by an arm 48 on a rock-shaft T) ,-sce Fig. :57 which is controlled by the controlling niechanism now to, be described.

lnall washing machines with which I am now familiar the inner drum is reversed after one and one-eighth $139 revolutions, and no provision is made 'or changing the number of revolutions between successive reversals. ln washing some art icles it may be desirable to reverse the drum after a greater 7 number of revolutions than in washing other articles, and therefore I have provided means whereby the drum may be rotated a greater or less number of times, as desired, between successive reversals.

The mechanism I have herein illustrated for this purpose is that.

' Fast on the shaft- 46 supporting the gear 64 is a small gear 80 meshing with a gear 81 on a counter-shaft 82 which is supported in suitable bearings. This shaft 82 has thereon a small gear 83 splined thereto in such a manner as to allow of a longitudinal motion along shaft 82. Loosely mounted on the hub of the gea'r 83 is an arm 8& carrying a gear 85 which meshes into gear 83 and also into gears 86, 87. 88 or 89,0arried on the it 90, at the will of the operator. This is no by movingthe arm 84 longitudinally of the pendm upon which one of the gears 86, of, pawl 1G5 controlled by a controlling mechr l 88, 81% 1e tgear 85 meshes with. The rotation anism which operates: to release said pawl ofthe she. n90 will obviously move the nut 90 j t at the proper time to bring the inner 90 shaft and at thc same time swinging it Ethout the shaft. The arm projects through a stepped slot 91 inthe gear casing 92 and it carries a locking pin 93 which isadapted to engage any one cl :1 )lurality of notches or perforations 94 there y to'hold the arm in any desired position, according to the speed it is desired to give the inner cylinder. The shaft 90 is provided with a screw-threaded portion 95, on which is mounted a nut- 96, and said nut has a recess 900 on its side see Fig. 38 in which is received a projection 97 on a swinging weighted member 98 carried on a suitable rock-shaft- 99. This weighted. member 98 has two projections or stops 100 see Fig. 20, which are adapted to engage alternately an area 101 fast on the shaft 79, as best seen in Fi s. 14 and 37. \Vith this construction, itwifi be seen that asthe inner cylinder is rotated,

cars 86. ST, 88,89, the speed at which said siaft 90 rotates delongitudinally such movement of the nut operating to swing the wcighm'd member 98 about its pivot. During the swinging movement of said weighted member, one of the the shaft- 90 is also re tated through one of the l i i l anism I have shown two brake-shoes or jaws 102 adapted to grip the rim of the gear 64 at the proper time, and said jaws are herein shown as being operated by a rock shaft 103 mounted in sultahlc bearin s on These aws left hand i one of the heads of the CYlllHlcl. are shown as having right and screw threaded connection-with said shaft whereby when said shaft is turned in oils direction t e jaws are closed together against the rim of the gear wheel, and when the shaft is turned in the opposite-direction sa'id, jaws are disengaged from the wheel; It will be understood, of course, that the jaws are held from rotation b any suitable meansi go able pawl or catch 18. lULlI' engages a lug or projection 106 rigid with the arm. The

cylinder to rest with its door opposite the doorin the outer cylinden-"In the form of the invention herein shown the pawl is connccted to a pivotally means of a suit 35 1 mounted latch 107 by means of a link 108, and one end of saidlatch Donnell operates in and occupies a groove in a rotatable sleex e 118 as shown inv Figs. 22, "26 and 3?. This sleeve mounted in suitable hearings and is provided with gear teeth to engage arack 111 formed on or secured to the nut-'tlfitabove described,"- 7 7 i see Figs. :21, and 3?. So long the nose of the latch 10? occupies thegcoove lOt) in the sleeve 110, the catch M25 is m position to 1 3o projections 100 is brought into enga ement f with the arm 101, and as the weighte memher is carried to bring the weight thereof beyond the dead center, said weight gives an accelerated movement to the member. and thus rocks the shaft 79 soliiciently to throw the clutch-operating collar 77 and thus reverse the direction of rotation of the pinion 5 65. The inner cylinder is now rotated in the opposite direction, and the nut 96 moved 4o bRClIWHIdl), such movement operating to throw the rock-shaft 79 back to its initial position, and thcrcbv again reverse the di- The speed engage the lug 103 and thus hold t in weight cd lever 10; out ofopcration', lichen-ever, the sleeve it is moved longitodinally or to the right, Figs. 22, and 3?, the latch 10? Will he rocked, therch releasing the pawl 103 from the lug or projection and allowing the rcetion of rotation of the drum. at which the shaft 90 rotates, relative to? the speed of rotation of the large gear 64, controls the number of revolutions which the weighted lever to throw lhehi'akc into opcrwashm" c lmdcr will make before the ref-- t eanon.

J versmg takes place. and by regulating the lvzxfen liug "limgitndinally th h li 5 speed m the Shaft r moms of the change i slucvc no is a pin or rod 112 which is Se: gear the P CB'hYIdCYTZUI curcd at one end to a plunger 1J3, onwhich [15 lnflde to. white: -Q- plunger is jpivotallv mounted a stopping "19 limes heft"? ll HWQPSQS- 2 handle U4. Said plunger l'iears against the Stopping mwlumiwn.-.-\s stated above, I 5 end of the sleeve 119 as sccn iu FIERVQZIQGLEE" l have provided my improved washer with mechanism by means of which the inner or washing cylinder is brought to rest with its door opposite the door opening in the outer cylinder whenever the machine i stopped. in the embodiment of my invention herein shown the stopping of the inner cylinder is accomplished by applying a brake to the gear wheel 6% and said brake is controlled by mechanism which only acts when the,

inner cylinder is properly located. Asillus trating one simple and eflicicnt brake mechquontly the sleeve, is mom! to i-lulc'tr'. Fig. 125

thrown into ilsl o'ri- 22, when the lever in zontal POHKIOD; When the ll.'\'t-l"-i. thrown upwardly, however, this cam surtat-callows tciids normally'lo'projccl 120 tie spring 115 so that as soon as the pin and .versing mechanism has disengaged one of the said pin. and the aperture come into inner cylinder is in the desired vidcd with an extension or arm 119, to

Said rod or stem is connected with an arm In order to prevent any longitudinal more I ment of the sleeve 110 until the'inner cyhn der is properly positioned, 1 have provided the sleeve with a disk or head 11? having an apcrture50l of a size to receive a pin 118 carried by the arm 101, said pin by its engagement with the disk 117 preventing any longitudinal movement of the sleeve untilalinement.

Fro the above description, it will be clear I mt whenever the handle 111 is thrown upwardly the inner cylinder will be brought to rest as soon as the pin 118 and its aper ture 501 come into alinement, for the throwing of the handle into this position releases hole do come into alinement the sleeve 110.- is thrown to the right, Figs. 14 and 22, thereby to disengage the pawl 105 and allow the wei lit-10% to come into operation and set the inake.

The brake is of such a character that it stops the drums almost instantly whenever it is applied. 1

The gear teeth on the sleeve 110 and those on the nut 96 are so proportioned withreference to the other gearing of the driving and releasing mechanism that the pin on the cam 118 can come into alinement with the hole 501 in the disk 11? only when the osition for stopping. .The earing above escribed is also so designed that said pin and apre ture come into alinement only when the re.-

the gear wheels 68 and 70 from-the shaft 71, preparatory to clutching the other gear wheel to said shaft, and therefore the brake is applied only when the clutch is released. With my improved mechanism, therefore, the operator does not have to throw the stopping handle at any particular time, but whenever he wants to stop the'machine he can operate it and rest assured that the inner cylinder will come to rest in the correct position. I

The lever 114 is a brake-releasing lever as well as a stopping lever. By this 1 mean that the brake can be released by operating said lever in a direction opposite to that in which it is operated to stop the machine. In order that said lever may .be used to release the brake I have connected the lever with the shaft 103 insuch a way that the swinging of the lever from its vertical to its horizontal position will turn the shaft in a. direction to loosen the brake jaws from the wheel (it, As herein shown the lever is prowhich is connected a tubular member 120 into which telescopes a rod or stem- 121.

122 on thc'shaft 103, as best seenin Fig;

end of the member 120 and has upon its end a head 124 see Fig. 28. By having this telescopic connection between the lever 114 and arm 122, said lever may be thrown into its vertical position without turning the shaft 103, but after said shaft has been turned and the brake set, the movement of the lever into horizontal position will operate on the shaft to release the brake as will be obvious. If the weighted arm 98 should not of itself complete its movement thus starting the machine it may be readily shifted in one direction or the other by hand. The swinging of the lever 11% into the horizontal position will obviously retract the sleeve 110 and thereby withdraw the disk 117 from the pin 118. As soon as this occurs the weighted arm 98 will complete its movement in one direction or the other, and will thereby throw one or the other of the clutches into operation there'o starting the'machine. In order to permit this action the groove 900 in the nut 96 is made sufficiently wide so that there is some lost motion between the nut and the pin 97.

In order to take up wear as it occurs between the bralre jaws and the wheel 6%, I have adjustably connected the weighted arm 104 to the shaft 103, so that said shaft may be turned relative to the arm as wear occurs. As herein shown said shaft is provided with a disk 125, provided with a plurality of apertures 126 and the arm 104, which is loose on the shaft, is provided with a pin 127 which can be inserted into any one of the apertures 126, so that by advancing the pm from one to another aperture the wear of the brake jaws can be taken up.

All the parts of the inner drum as well as those of the outer cylinder are made of such shapejhat they can be pressed into shape from sheet metal. This is an important feature of my invention as by thus makin the parts of pressed or stamped sheet meta the weight of themachine ismuch reduced without reducing its stren th and its manufacture is facilitated and c icapened.

\Yhile l have described with great particularity in detail one embodiment of my invention, yetinusmuch as many of the features abovedescribed are broadly new, I do not wish to be limited to the exact construction shown. Many changes, therefore, may be made in the constructionoi various parts and in their arrangement without departing from the invention expressed in the appended claims, many of which are very broad.

Having fully described my invention,

what I claim as new and desire to secure by Letters Patent is 1. In a washing machine, a cylinder, and

a drum rotatable within the cylinder, said 0 l drum having at each end a spider provided 14, and 1121538588 through a plug 123 in the l with a journal rotatable in a bearing carried by the cylinder, tie-bars connecting said spiders. a dished end plate. overlying the inner face of each spider, means to secure each end plate to its spider, and a liftinghar sustained by each tie-bar, eaeh liftinghar abutting at its ends the inner faces of the end plates.

2. A clothes drum for a washing machine in the cylinder, an end-plateseenred to each i spider, eiirxh end-plate having substantially 3 the same diameter as the spider and being curved inwardly at its periplieev, tie-bars eon ieeting said spiders. said iiediars being l-oznprising spiders, tie-bars setting between the opposed faces of the Splt'lt" s and secured inwardly toward each of thereto, end platescovering tin of the spiders, said end ilatt-s hi5 her at heir peripli' eries, and lifting-bars secured to the tie-liars and fittiir between the inwardly eurved portions 0? the end plates.

3. A clothes drum for a washing machine fner faces g curved .l

comprising s 'iiclers, tie-bars setting lXliYCtll the opposed 13.695 of the spiders and secured thereto, end plates covering the inner faces of the spiders, and end plates bent; eurved inwardly toward each other at their peripheries, and lifting-bars secured to the tie-, bars and fitting between the lll\\tll'(ll eurved portions of the end plates. said endplates being seeured to the spiders by means separate from that employed for sernring the tie-bars thereto,

4. In a washing piaehiiie. a e vlinder, and a drum rotatable within the qvhnder, said received bet ween the spiders and occupying peripheim notches in the end-plates, periorated plates between the tie-oars. and lifting-liars lllt'lt'slllg' the tie-liars. (:itl) liltingbar being rem-ived lret ween the end-plates.

h. d um for a washing machine ('onipi'ising a spider at earh end. an iii'ipei'hirate end plat having a smooth inner face SLtltl'ttl to earli spider. tit-dad's romierting said spiders, earl: end plate being provided with nolrhes wliirli :llt' open at the periphery of said end plate to i'ereive the tie-bars, perforated plates between the tie bars and a lifting liar secured to tfitll'llO-llfll'.

9. In a washing machine. an enter r rliir dev for a r tary drum, said outer eylinder roniprising heads having annular flanges, a

l ('ltlllll) it onto the heads.

1 der, and a rotary drinn within the evlinder.

druln having at (Ilt'll end a spider provided with a ournal rotatable. in a bearing earned lu exert;- tensile strain on the shell to rlainp by the rylinder. lltl).ll' ronneeting said spiders, a dished end plate overlvin; the inner fare of the spider. means to serum eat-h nd plate to its spider. a lit'tEng-hai 'einliraeing each tie-liar. eat-h lilting-liar abutting at its ends the inner fares ot' the end plates. and

each end plate having peripheral notches to rerelve the tIO-billfi.

a drum rotatalihwithin the cylinder, said drniii li:ivin; at ('Zllll end a spider provided with it journal rotatable in a hearing earried by the cylinder. tie-liars eonnevting said spiders. a dished end-plate overl 'ing lllt) wardly toward vzu'li other at their peripheries, and staniga-d lllt'lill lifting-liars secured to the tie-bars and titling between the inwardly curved portions of the end-plates,

I said end-plates hating pei'iplie'al iiotrlies to rereive the tie-hats.

said outer cylinder ttltfli'il'l. lllj heads. a divided shell int-losing said heads, and means it onto the heads.

ll. In a washing: ina liine, a cylinder having l e'ads. tie-rods ronnerting said heads and a sertional shell, tllllftllllg said heads and having its edges bearing against said heads. one edge o'r' each sertinn of the shell being seriired to a tie-rod, and adjustable means to ifilfl'i the other edges of said seelions togt' thei' and elanip then: to the heads.

1;. In a washing.inarhine, an outer vlindrr having heads, tie-rods eoirneviing said heads and a sz-rlional shell, one edgiot' eaeh set-lion of the shell being secured to a tierod, adjustable means to eoiinert the-other edges of said set-thins m -other. and an inner druin rotatable within the outer cylinder.

13. In a washing marliine. an outer rylinder ha vine heads provided with annular flanges, tied-eds (miner-ting said heads, :1 shell enrii'rliii; said flanges and having a longitudinal opening in its underside, a hridge piere eoinieet'ing said heads and bridging said opening; in the shell, and means conneeting the adjacent edges of the. shell to draw them together thereby to elainp the shell against the flanges of the heads.

ll. In a washing; nnn-hine, an outer eylin dei' having heads. a llexihle sheet metal shell encii'iing said heads, s: id shell baring a longitudinal opening in its und-trside, an' elaniping means secured to the edges of the j shell to draw the latter tow rd each other ltld lit)

and thereby clamp the shell tightly to the head.

15. In a washing machine, ah'ontcr cylinder having heads, a sheet metal shell encircling the heads, said shell having a longitudinal opening in its underside, a bridgepiece spanning said opening, and means to draw the edges of the shell toward each other, thereby to clamp the shell to the heads, saidhridge piece being formed with a ter therein which communicates with the interior of the shell.

16. In a washing machine, an outer cylinder or casing comprising rigidly connected heads, .a flexible shell inclosing the heads, and means to subject the shell to' tensile strain and thereby clamp it at; its ends upon the heads.

17. In a washing machine, a cylinder, a rotary drum within the cylinder, said cylinder having a set of small apertures in its side, a conduit connnunicatmg with said .movably hold it.

apertures, and means to deliver washing a ents to said conduit, said cylinder having a ove the first named apertures a second set of larger apertures, which also communicate with the conduit.

18. In a washing machine, a cylinder hava door-opening, a drum within said cyler, said drum having adoor, meansto rotate'said drum, and automatically operative means to bring the drum to rest and to im with its door opposite the door-opening in the cylinder when said drum is stopped. 19. Int: washing machine, a cylinder. hav ing a door-opening, a drum within said cylinder, said drum havinga door, means to rotate the drum, a brake to stop the drum, and means to apply the brake only when the door of the drum is opposite the door-opening in the cylinder. 20. In a washing machine, a cylinder havin adoor-opening, a drum within said cylinder, said drum having a door, means, includin a clutch, to rotate said 1 drum, a brake or the drum, and means to disengage the clutch and simultaneously apply the ra (e. 7 V "21. In a washing machine, a cylinder having a door-opening, a drum within said cvl inder, said drum having a door, means,-1n-

m in

.means to rotate the drum,

late the drum, a brake therefor, means to hold the brake normally .inoperat e, and means to, apply the brake to to restonly when the doorof the drum is op posite the door-opening of the cylinder.

2-5. In a washing machine, a cylinder havin a door-opening, a drum within said cylinder.- said drum ,having a door, means to rotate the drum, an automatically-operative brake therefor, means to hold the brake normally inoperative, and means to release the brake for action only when the drum is ina predetermined position.

2- In a washing machine, a cylinder, a drum therein, means to rotate the drum, an automaticaliy-operative brake therefor, means to hold the tive, a manually controlled brake for operation only when the drum is in a predetermined position.

In -a washing machine, a cylinder, a drum within the cylinder, mean to rotate said drum, said means including :iclutch, and'means to disengage the clutch and bring 1hr]! drum to rest in a predetermined position ()1! "o brake normally iuo era-- stopping ever, and means controlled thereby to release the bring the drum 26. Ina washing machine, an outer cylinder or casing having anopenmg, a drum rotatahle in the cylinder and having a door,

a manually-operated stopping device for said means, and

means rendered operative automatically by actuation of the stopping device to bring the drum to rest with its door opposite 'the opening in the outer cylinder. I

In testimony whereof, I have signed my name to this specification, in the presence of two subscribing witnesses. WILLIAM A. E. HENRICL- Witnesses: I

Lows C. SMITH,

ER'lHA F. Hansen. 

